1/m^2  == sqrt(0.03*Z^2)*inttrap(c,c)
m^2  ==  1/(sqrt(0.03)*Z*inttrap(c,c))
Z  ==  sqrt((100*m)/(3*e))
c * inttrap(c,c)  ==  1/m^2
c  ==  sqrt(0.03 * Z^2)
c * 4   ==  v * Z
c  ==  sqrt(0.6)
10^2 *m  ==  3 * Z^2*e*inttrap(Z,Z)
m  ==  ((3*e*Z^2)/100)*inttrap(Z,Z)
e^2  ==  1000/(9*sqrt(0.6*c)*Z *4)
c ==  (v*Z)/4 
c  ==  sqrt(0.03 *Z^2)
m  ==  e * c^2 * inttrap(Z,Z) 
c  ==  (c/t * inttrap(c,c) * Z)/4
c  ==  m /(c^2 * inttrap (Z,Z))
Z  ==  (t * 8)/c^2
Z  ==  sqrt ((10^2*c^2)/3)
m  == ( (3 * e * Z^2 * inttrap (Z,Z))/10^2)
c * inttrap(c,c)  ==  1 / m^2
e  == ( (m * 10^2 )/(3 * Z^2))
c  ==  (s/t * inttrap(c,c) * Z ) /4
Z  ==  sqrt((10^2 * c^2)/3)
m  ==  (3 * e * Z^2) / 10^2
t  ==  (s/v )* inttrap(c,c)
v ==  (s/t) * inttrap (c,c)
s^2  ==  Z/m^2
m ==  e * c^2 * inttrap(Z,Z)
10^2 * m  ==  3 * Z^2 * e 
g  ==  Z /(s^2 * m)
Z  ==  sqrt ((10^2 * m )/(3 * e ))
(inttrap (Z,Z))^2  ==  inttrap(c,c)^2 
inttrap (c,c)  ==  1/m^2
c  ==  sqrt (0.3 * (Z2 /inttrap (Z,Z)))
s  ==  0.1394277
p  ==  230.04716
g  ==  202.46722
gm  ==  206.93936
cm  ==  5.2467348
pi  ==  4.7532652
zet  ==  217.71395
inttrap (c, c)  ==  0.9999975
inttrap ( gm , gm)   ==  0.9954609
c  ==  0.7745987
Z  ==  4.4721361
 t  ==  0.2012461
 v  ==  0.692820323
 e  ==  1.8936987
 m  ==  1.1362193
inf  ==  43.929053
b  ==  48.682318
Zpo  ==  0.5976552
gpo  ==  7.4828027
cpo  ==  10
gme  ==  -2.2360679
inttrap (Z, Z)  ==  0.99999482
ep  ==  41013.575
inttrap(tp , tp)  ==  0.9960579
ev  ==  465596.11
betta  ==  -212.96068
gfoe  ==  -43.929053
gfon  ==  -208.20741
gfel  ==  48.682318
ele  ==  4.753265
eln  ==  92.611371
ecuoue   ==  87.858106
eo  ==  4.0000204
du  ==  3976.8745
pimasb  ==  0.5071754
zeb  ==  227.22049
gb  ==  4.5387228
epb  ==  41.200008
mb  ==  40.600216
eb  ==  24.360113
ZU  ==  51699.094
Zepiz   ==  196.4567
maxZUm  ==  13.900264
X  ==  286.10213
CR  ==  20.606600
inttrap (v , v )  ==  0.9994854
inttrap (v ,v ) * inttrap (t , t )   ==  0.9955453
inttrap (inf , inf )  ==  0.9993811
inttrap (x , x )  ==  0.9995981
inttrap(pi , pi)  ==  0.9912973
inttrap (CR , CR )  ==  0.9996799
inttrap (m , m)  ==   0.9997584
inttrap (e , e )  ==  0.9997584
 m *  inttrap ( c , c )   ==  1.1362136
inttrap (gm , gm )  ==  -0.9617854
inttrap (gp , gp )  ==  0.9956055
inttrap (g , g )  ==  0.99999961
inttrap (t , t )  ==  0.9937818
inttrap (Zpo, Zpo)  ==  1.0393766
inttrap (v , v )  ==  0.9999685
inttrap (CR , CR)  ==  0.99758421
inttrap (cm , cm )  ==  0.999995263604032
inttrap (s , s )  ==  0.999999200175736
Pimm  ==   (710/226)
inttrap ( x , v  ) ==  0.999791382656555
inttrap (s , v )  ==  0.999999311496187
inttrap ( t , v )  ==  0.999262619952408
inttrap (t , Z ) * inttrap ( t, c )  ==  0.997660742097646
inttrap (PIU , PIU)  ==  0.99693231092912
PIU  ==  9.26490532397694
inttrap ( cm , cm )  ==  0.959628374139092 
inttrap (Pimm , Pimm)  ==  1.06725268368853
inttrap ( pi ,  pi)  ==  0.99910747418711
inttrap (pimasb , pimasb)  ==  1.01376770087192
inttrap (CR , pi )  ==   0.997564233356481
inttrap ( PIU , t )  ==   0.997906622526492
inttrap (gb , gb )  ==  0.99453946855116
inttrap ( mb , mb )  ==  1.00797769498004
inttrap ( epb , epb )  ==  1.00258934419242
inttrap ( t , PIU )  ==  0.999500180626767
inttrap ( gm , PIU )  ==  -0.997408054658288
inttrap ( inf , PIU )   ==  0.995880423020448
inttrap ( eo , eo )  ==  1.0029555100966
inttrap ( t , PIU ) * inttrap ( g , t )  ==  0.993904016188195
e  == ( (m * 10^2 )/(3 * Z^2 * inttrap(Z,Z)))
e  ==  m /(c^2 * inttrap(Z,Z))
Z  ==  sqrt ((10^2 * m )/(3 * e * inttrap (Z , Z )))
Z  ==  sqrt ((c^2 * 10^2)/3)
s  ==  (v * t )/ inttrap (Z, Z )
g^2  ==  ep - Z^2 - c^2 
Z  ==  m * g * s^2 
g  ==  ( ( m * Z) / s^2 ) * inttrap ( c , c )
p  ==  Z / s^2
c * inttrap ( c , c )  ==  ( s^2 * g ) / (  m * Z )
t  ==  ( (s * inttrap( s , s ) ) / v ) * inttrap( c , c )
g  ==  Z / ( m * s^2 )
g  ==  (( m * Z) / s^2 ) * inttrap( c , c )
inttrap (c , c )  ==  ( g * s^2 ) / ( m * Z )
g  ==  Z / ( s^2 * m )
s  ==  sqrt ( Z / p )
t  ==  ( s * inttrap( c , c ))/( 4 * sqrt ( 0.03 / inttrap (Z, Z )) )
e  ==  m / ( c^2 * inttrap( Z , Z ) )
s  ==  sqrt( Z / ( g * m ) )
Z  ==  p * s^2 
Z  ==  m * g * s^2 
Z + c + pi  ==  10
gm  ==  10 * ( c^2 + Z^2 )
c^2 + Z^2  ==  ( gm / 10 ) * inttrap( gm , gm )
zet  ==  g + cm + cm + pi
pi * c  ==  gm * cm
zet  ==  c + cm + g + gm
t  ==  ( s * m * 10^2 ) / ( v * 3 * Z^2 * e )
m  ==  e * ( ( v * Z)/ 4 )^2 * inttrap( Z, Z )
gm  ==  (10 * ( c^2 + Z^2)) / inttrap( gm , gm )
inttrap(gm , gm)  ==  ( 10 * ( c^2 + Z^2 )) / gm
c  ==  ( ( (s * inttrap( s , s )) / t ) * inttrap( c , c ) * Z ) / 4 
1/m^2  ==  c * inttrap( c , c )
Z + c + pi  ==  10
cm  ==  - g * Z
-g  ==  ( Z + c + pi ) / Z 
-g  ==  10 / Z
c^2 + cm^2  ==  100.6
pi + gme + gm  ==  cm
b  ==  zet / Z
betta  ==  zet / Z
gm * Zpo  ==  Z
zet  ==  (pi + inf) * Z
inf   ==  b - pi
g + Z  ==  gm
(inttrap( Z , Z ))^2  ==  inttrap( c , c )^2 
Z^3 / 3  ==  c^2
v^2  ==  ( ep / inf^3 ) * (inttrap(t , t))^2
Z^2 + g^2 + c^2   ==  ( v^2 * inf^3 ) / ( inttrap( t, t ))^2
1  ==  ( 10^2 * m ) / (3 * Z^2 * e * inttrap( Z, Z ))
1  ==  m / ( e * c^2 * inttrap( Z , Z ))
1/c^2  ==  10^2 / ( 3 * Z^2)
inttrap( t , t )  ==  sqrt ( ( v^2 * inf^3 ) / ep )
inttrap( t , t )  ==  sqrt ( (v^2 * inf^3 ) / ( Z^2 + g^2 + c^2 ) )
Z^2  ==  2 * cm
ep  ==  (( g^2 + Z^2 ) / inttrap( Z , Z )^2 ) * ( 1 / inttrap( c , c ))^2 
cm  ==  c + Z +pi 
- gme  ==  ( cm + pi ) / Z 
- gme  ==  Z / 2
gme * Z  ==  - cm
c  ==  (1 / m^2 ) / inttrap( c , c )
v  ==  ( 4 * sqrt( 0.03 * Z^2) )/Z
e  ==  m / ( c^2 * inttrap( Z , Z ))
m  ==  sqrt( 1 / ( inttrap( c , c) * c ) )
ev  ==  zet * b * inf 
betta + pi  ==  gfoe 
gfoe  ==  pi - b 
gfoe  ==  -inf 
betta  ==  -b 
betta  ==  pi - zet 
zet / Z  ==  b 
ecuoue / 2  ==  inf 
eo  ==  e * m * c^2 * v * Z 
Z  ==  c^2 + b^2 + inf^2 
zet  ==  g + cm + cm + pi 
eb  ==  Z^2 + g^2 + c^2 
gb^2  ==  c^2 + Z^2 
mb  ==  (Z^2 + g^2 ) / inttrap( Z , Z )
eb  ==  m * inttrap( Z , Z ) * ( g^2 -  Z^2 )
ZU  ==  zet^2 + b^2 + ing^2 
Zepiz  ==  ( pi - b ) * Z 
Zepiz  ==  inf * Z 
X * c * inttrap( c , c ) * t  ==  ( inf + v ) * inttrap ( v , v ) 
inttrap( v , t )  ==  inttrap( v , v ) * inttrap ( t , t )
X / ( CR * inttrap( CR , CR ) *c * inttrap( c , c ) * t * inttrap( t , t ) )  ==  2 * inf * inttrap( inf , inf ) * 4 * t  * inttrap( t, t )^2 
  du /  ( maxZUm * inttrap ( X , X ))  ==  X
 inttrap ( X , X ) * (X^2 / eo^2 )  ==  ( c^2 + cm ) * inttrap ( c , c )^2 
v * inttrap( v , v )^2   ==  t * inttrap( t , t )^2  * Z  * inttrap( Z , Z )^2 * c * inttrap( c , c )^2 
CR * t * m  ==  pi * inttrap( pi , pi )
CR * inttrap( CR , CR )  ==  Z^2 + c^2 
gm * Zpo  ==  Z 
( gm * Zpo )^2  ==  2 * cm 
Zpo * inttrap ( Zpo , Zpo )  * (- gme) * inttrap( gme ,gme )   ==  ( m * inttrap ( m , m ) ) + ( t * inttrap( t , t ))
e * inttrap( e , e )  ==  ( m * inttrap( m , m )) / ( c^2 * inttrap( Z , Z ) )